ENDpoint offers an inclusive affordable alternative to viewing and sharing spatial data across an entire organization because using your data should not be hard, expensive or tedious! Check out the company site for a list of our products and services. https://endpoint.ca

I believe in making GIS straightforward and stress-free. My deliverables are not just seamlessly designed; they are beautifully crafted, intuitive and accessible. Enjoy a smooth GIS journey for both you and your users while we navigate the complexities of data and technology on your behalf. For over 25 years, I've specialized in helping small organizations unlock the power of GIS. My mission is to provide tailored GIS products and services designed specifically for your distinct business needs.My passion for breaking down barriers to geospatial data access and utilization is reflected in how I work with clients and the products I deliver. I'm here to empower you and your entire team regardless of your level of expertise.Whether you need a single map or a comprehensive GIS strategy, my expertise is your competitive advantage. I take pride in delivering user-friendly, customized solutions that provide tangible support to your business.Let’s put you on the map!

In this role, I was responsible for managing a high-performance development team within the platform section of the software engineering department. I was directly responsible for the team leadership of 5 exceptional software engineers, three of whom were at the senior/staff level. This included ensuring the team was aligned with company objectives, personal and professional development of my team members including formal and just-in-time performance reviews, and responsibility for the team roadmap. I worked closely with the product team to create and execute the team's roadmap. This included identifying and refining product requirements, documenting detailed requirements, allocating resources, setting timelines, and ultimately ensuring timely project completion.

As the development team lead I am responsible for the execution of the digital transformation strategy. The goal of this strategy is to modernize product delivery through web interfaces. My role includes everything from server architecture to front end development and everything in-between. Our core system components include CentOS, Apache, Tomcat, PostgreSQL, PostGIS, PGRouting, GeoServer, Leaflet, R, Shiny Server, and PHP. Our objective is to deliver direct database access web interfaces that deliver real time data and allow direct data interaction.I have implemented a parallel production and development environment and work with multiple contractors ranging from system experts to university students to fulfill project needs. Lorrnel is a modern workplace utilizing tools such as GitHub, Zoom, and TeamWork to offer a flexible, work from anywhere anytime platform.

ESRI custom application development with Python focused on workflow optimization and automation of surface planning activities. In this contract based position I developed a spatial analytics model which optimized site selection based on over 20 spatial variables which were translated into cost bearing metrics. The model, still in use today, deliverer cost savings in the millions demonstrating the power of GIS data analysis.I was also involved in business analytics and data intelligence workflow and report development using Power BI and Spot Fire.

Setup of open source GIS infrastructure including PostgreSQL, PostGIS, GeoServer, QGIS and related technologies. I continue to work with Connect Engineering in the role of GIS system administrator.PODS schema translation from MS SQL to PG SQL and other database setup tasks.PostgreSQL database administration including user management and development of relational schemas, views, triggers and functions.Development of web tools for postgreSQL such as web mapping and database editing web interfaces.

In this role I was responsible for the creation and maintenance of pipeline detailed design GIS data in PODS and APDM in a versioned geodatabase SDE infrastructure. As a member of the technical advisory group I was also involved in continued development of company specific database schemas. This position involved all aspects of pipeline engineering GIS support including generation of a variety of reports, maps, and alignment sheets in addition to maintaining all alignment sheet required GIS data.Within this role I utilized python extensively for the customization or Esri software through creation of scripts and Esri toolboxes. I also utilized FME for data conversion and formatting and built customized Excel macros to facilitate data management tasks. Some use of SQL was also required.Throughout my time at UPI I occasionally acted as the GIS Team Lead which involved managing up to 7 GIS staff, leasing with engineering staff, and ensuring timely delivery of GIS products including Alignment Sheets. This role required excellent time management skills.During the last year of my employment I became heavily involved in alignment sheet generation through use of the New Century sheetcutter software. My role included sheetcutter template design, sheet generation automation, and creation of complex post processing scripts using python. This function involved working closely with GIS and engineering staff, extreme attention to detail, use of custom database views, and advanced computer knowledge such as use of batch files for automated task scheduling.I was also involved with the development and testing of several supporting GIS tools involving requirements gathering, testing of tool beta versions and writing of technical documentation. Furthermore, I spearheaded the development of a metadata deployment mechanism for the PODS and internal database schemas which utilized the X-Ray ArcGIS Add-In, python, and xml style sheets.

This position served a dual role of co-development of a custom built GIS software and geospatial/statistical analysis in support of the G&G team.On the development front I was responsible for system development of a supporting module in C# using the Esri SDK. The module translated ArcGIS layer symbology information to a MapGuide consumable xml. I was also responsible for creating and maintaining project tracking and system development documentation.On the non-development side I supported the geology team as well as external clients through geospatial and statistical analysis in Esri and Spotfire. My work with Spotfire became my predominant function within a few months of my employment. I was responsible for customizing the application through python scripting with the goal of creating custom workflow sequences in support of both exploration and production activities. I also completed a research project on geochemical analysis and developed several automated products in R (an open source statistical software equivalent to S+).This position demonstrated my ability to adapt extremely quickly to new technologies. My performance demonstrated my strong organizational and communication skills and furthered my experience with python programing and statistical analysis. I gained valuable experience in both the up and downstream oil and gas industry particularly pertaining to geological exploration and well production monitoring.

As the senior GIS Analyst within the Fire Sciences section, I played a key role in supporting fire operations during the active fire season and was involved in development and research initiatives aimed at enhancing fire suppression capabilities. I gained invaluable experience in emergency management working closely with senior staff to provide GIS support for active fire incidents. I was responsible for all aspects of delivering the fire suppression GIS program. This included the maintenance of GIS base data, development of templates for standard fire maps, training of regional GIS technicians, and documentation of GIS procedures.The NWT covers an area of over 1 million squared kilometres. With limited GIS Staff, I quickly realized that automation was essential to the effective delivery of an emergency services GIS program. As one of two core developers of the Spatial Precipitation and Risk Calculation System (SPARCS), a Durpal based GIS enabled content management systems I spearheaded the following modules: • automated delivery of standard fire maps, built using PHP, Geoserver, Mapserver, and PostGIS. • incorporation of MODIS data built using PHP, XML, and SQL routines, this fully automated subsystem downloaded, processed and displayed data on the main web map. • Values At Risk (VAR) Management System: This major initiative developed over two years enabled the operations group to track VAR’s across the entire forested area of the NWT through a web enabled interface with GIS capabilities. During my last two years with the GNWT I focused heavily on two research initiatives: Burn Severity and Fire Regimes. Both initiatives involved extensive GIS and Statistical Analysis. The burn severity research involved the development of a standardized change detection procedure based on existing scientific methods. The fire regime research culminated in the generation of an extensive report summarizing fire occurrence and frequency results.

I made a lot of maps, I mean a LOT of maps